void TransferFunctions3DPresets::deletePresetData(QString name, bool _2D, bool _3D)
{
//todo rewrite
std::cout << "TODO rewrite TransferFunctions3DPresets::deletePresetData(QString name, bool _2D, bool _3D)" << std::endl;
XmlOptionFile node = this->getPresetNode(name);
if (_2D)
node.descend("lookuptable2D").deleteNode();
if (_3D)
node.descend("transferfunctions").deleteNode();
if (_2D && _3D)
node.deleteNode();
emit changed();
}
void TransferFunctions3DPresets::save3D(QString name, ImagePtr image)
{
//create the node to be saved
XmlOptionFile file = this->getCustomFile();
file = file.descend("Preset", "name", name);
QDomNode tf3DNode = file.getElement("transferfunctions");
while (tf3DNode.hasChildNodes())
tf3DNode.removeChild(tf3DNode.firstChild());
ImageTF3DPtr transferFunctions = image->getTransferFunctions3D();
// For unsigned CT: Modify transfer function values temporarily prior to save
if ((0 <= image->getMin()) && ("CT" == image->getModality()))
{
transferFunctions->unsignedCT(false);
}
transferFunctions->addXml(file.getElement("transferfunctions"));
image->getShading().addXml(file.getElement("shading"));
// Revert the transfer function values back again
if ((0 <= image->getMin()) && ("CT" == image->getModality()))
{
transferFunctions->unsignedCT(true);
}
file.getElement().setAttribute("modality", image->getModality());
file.save();
}
void TransferFunctions3DPresets::save2D(QString name, ImagePtr image)
{
XmlOptionFile file = this->getCustomFile();
file = file.descend("Preset", "name", name);
QDomNode tf2DNode = file.getElement("lookuptable2D");
while (tf2DNode.hasChildNodes())
tf2DNode.removeChild(tf2DNode.firstChild());
ImageLUT2DPtr LUT2D = image->getLookupTable2D();
// For unsigned CT: Modify transfer function values temporarily prior to save
if ((0 <= image->getMin()) && ("CT" == image->getModality()))
{
LUT2D->unsignedCT(false);
}
LUT2D->addXml(file.getElement("lookuptable2D"));
// Revert the transfer function values back again
if ((0 <= image->getMin()) && ("CT" == image->getModality()))
{
LUT2D->unsignedCT(true);
}
file.getElement().setAttribute("modality", image->getModality());
file.save();
// emit changed();
}
void LayoutRepository::save(XmlOptionFile file)
{
XmlOptionFile layoutsNode = file.descend("layouts");
layoutsNode.removeChildren();
for (LayoutDataVector::iterator iter = mLayouts.begin(); iter != mLayouts.end(); ++iter)
{
if (!this->isCustom(iter->getUid()))
continue; // dont store default layouts - they are created automatically.
QDomElement layoutNode = file.getDocument().createElement("layout");
layoutsNode.getElement().appendChild(layoutNode);
iter->addXml(layoutNode);
}
}
NetworkConnectionHandle::NetworkConnectionHandle(QString threadname, XmlOptionFile options)
{
mThread.reset(new QThread());
mThread->setObjectName(threadname);
mClient.reset(new NetworkConnection(threadname));
connect(mClient.get(), &NetworkConnection::connectionInfoChanged, this, &NetworkConnectionHandle::onConnectionInfoChanged);
mClient->moveToThread(mThread.get());
mOptions = options.descend(mClient->getUid());
mIp = this->createIpOption();
mPort = this->createPortOption();
mProtocols = this->createDialectOption();
mRole = this->createRoleOption();
this->onPropertiesChanged();
mThread->start();
}
TreeItemModel::TreeItemModel(XmlOptionFile options, VisServicesPtr services, QObject* parent) :
QAbstractItemModel(parent),
mServices(services),
mOptions(options)
{
mSelectionModel = NULL;
mNameIndex = 1;
mColorIndex = 0;
mViewGroupIndex = 2;
mViewGroupCount = 3;
this->createShowColumnsProperty();
this->onShowColumnsChanged();
mRepository = TreeRepository::create(options.descend("repository"), services);
connect(mRepository.get(), &TreeRepository::invalidated, this, &TreeItemModel::beginResetModel);
connect(mRepository.get(), &TreeRepository::loaded, this, &TreeItemModel::loaded);
connect(mRepository.get(), &TreeRepository::changed, this, &TreeItemModel::onRepositoryChanged);
}
